Every design is an incremental build on shared, proven IP, not a capital-heavy program from scratch.
Nine configurations spring from a few shared cores: common materials, fuels, and modules, with coolants swapped per mission. A family of reactors that de-risk one another.
Launch-safe cores engineered to serve both worlds: silent power for a forward operating site today, a lunar outpost or deep-space mission tomorrow.
A sub-quarter-tonne reactor compact enough to ship to the field and light enough to fly. The crossover core at the heart of the portfolio.
A megawatt-scale bridge reactor at roughly one tonne: large surface bases on Earth or the Moon today, deep-space transit tomorrow.
The bridge cores are just the start. The same building blocks power a full terrestrial fleet, five ways.
Family 02 · TerrestrialResilient, transportable reactors for defense bases, remote sites, industry, and the grid.
A low-enriched-uranium core built for a resilient fuel supply and straightforward safeguards, for bases, remote sites, and the grid.
Most EconomicalA compact LEU/HALEU microreactor built from qualified off-the-shelf modules and engineered around the lowest cost per kilowatt for fleet-scale deployment.
A fast-spectrum core that turns transuranic waste into power, closing the fuel cycle.
A HeXe-cooled core delivering very high outlet temperatures for power and process heat.
A NaK-cooled fast reactor: high power density and excellent heat transfer at near-atmospheric pressure.
Then the very same lineage leaves the ground, for propulsion beyond Earth.
Family 03 · SpaceTwo distinct flight-class propulsion designs, aligned to NASA and DoW space-nuclear roadmaps.
A high-temperature reactor paired with power conversion to drive efficient electric thrusters for cislunar logistics and deep-space transit.
A high-thrust thermal-propulsion core for fast crewed missions, building on our cislunar-demonstration and propulsion reference-design experience.
Tell us about your mission, terrestrial or space, and we'll show you the fastest credible path from concept to criticality.